PV =k PV=K 1 mol ideal at 1 bar pressure and 400 K temperature by giving 2000 J work to the gas reversibly adiabatically is compressed. (y = 1.40). a) Calculate the final pressure of the gas. b) The...

PV =k<br>PV=K<br>1 mol ideal at 1 bar pressure and 400 K temperature by giving 2000 J work to the gas reversibly<br>adiabatically is compressed. (y = 1.40).<br>a) Calculate the final pressure of the gas.<br>b) The gas is reversibly isothermal with the same work What would the final pressure be if it was<br>compressed?<br>c) Calculate the final volume of gas in both cases.<br>

Extracted text: PV =k PV=K 1 mol ideal at 1 bar pressure and 400 K temperature by giving 2000 J work to the gas reversibly adiabatically is compressed. (y = 1.40). a) Calculate the final pressure of the gas. b) The gas is reversibly isothermal with the same work What would the final pressure be if it was compressed? c) Calculate the final volume of gas in both cases.

Jun 07, 2022

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PV =k PV=K 1 mol ideal at 1 bar pressure and 400 K temperature by giving 2000 J work to the gas reversibly adiabatically is compressed. (y = 1.40). a) Calculate the final pressure of the gas. b) The...

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